Integrating basic anatomy, physics, calculus, and physiology, this fundamental text offers you a solid introduction to the study of biomechanics. By focusing on movement patterns of muscle groups rather than individual muscles, this text provides you with a holistic understanding of human movement.

Chapters are organized into three major parts: Foundations of Human Movement, Functional Anatomy, and Mechanical Analysis of Human Motion. Organized in a logical progression, each chapter begins with basic principles and math concepts and then helps you move on to more advanced concepts and applications.

Features to Help You Master Biomechanics—

• New areas of coverage include physical activity and bone formation, osteoarthritis, osteoporosis, factors influencing force and velocity development in muscle, and the effect of training on muscle activation.
• MaxTRAQ motion analysis software offers you an easy-to-use tool to track data and analyze various motions selected by the authors.
• New and updated examples from sports, ergonomics, orthopedics, and exercise science illustrate the principles of human movement.
• Highlight boxes draw your attention to and reinforce key concepts and applications.
• Review questions gauge your comprehension and help you apply the material to real-world problems.

This text's quantitative approach, coupled with its many examples and hands-on exercises, enables you to understand the fundamentals of biomechanics.

Acknowledgments

Preface

• Chapter 1 Basic Terminology
• Chapter 2 Skeletal Considerations for Movement
• Chapter 3 Muscular Considerations for Movement
• Chapter 4 Neurological Considerations for Movement

• Chapter 5 Functional Anatomy of the Upper Extremity
• Chapter 6 Functional Anatomy of the Lower Extremity
• Chapter 7 Functional Anatomy of the Trunk

• Chapter 8 Linear Kinematics
• Chapter 9 Angular Kinematics
• Chapter 10 Linear Kinetics
• Chapter 11 Angular Kinetics

Appendix A The Metric System and SI Units

Appendix B Trigonometric Functions

Appendix C Sample Kinematic and Kinetic Data

Appendix D Numerical Example for Calculating Projectile Motion

Index